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[[File:Kosovo-portrait.jpg|thumb|alt=portrait of HacDC member James Sullivan|James]]I'm working on getting the [[Cheap Chinese Laser]] working again.
I like designing utilitarian objects.  My motivation to fix the laser is so I can make a holder for my pens at work.
Aside from hacking together useful things via CNC machines, I like hacking in the kitchen and am known for my award winning experimental pies.  Who needs raspberry when you could have custard instead?
I'm a temporary resident of Hyattsville, so if you need a lift in that direction, hit me up.
BTW, ladies, he's single.
<nowiki>
//HacDC logo key fob
//HacDC logo key fob
//created by James Sullivan
//created by James Sullivan
Line 9: Line 16:
high=1;        //height of logo and text above base
high=1;        //height of logo and text above base
width=25;      //width of tag, height is proportional
width=25;      //width of tag, height is proportional
epsilon=0.025; //a very small number to ensure logo and letters intersect the base
$fn=60;


color("blue") {
color("blue"){
    //base
//base
    translate([0,width*(1-phi),-thick]) scale([1,phi,thick/width]) cube(width,center=false);   
translate([0,width*(1-phi),-thick]) scale([1,phi,thick/width]) cube(width,center=false);   
    // key ring loop
//key ring loop
    $fn=46;
difference(){
    difference(){
    translate([width/2,width+hole/2,-thick]) cylinder(h=thick,d=2*hole);
        translate([width/2,width+hole/2,-thick]) cylinder(h=thick,d=2*hole);
    translate([width/2,width+hole/2,-thick*1.5]) cylinder(h=2*thick,d=hole);
        translate([width/2,width+hole/2,-thick*1.5]) cylinder(h=2*thick,d=hole);
}
    }
}
}
translate([0,0,high-epsilon]) scale([width/966,width/966,high/100]) surface(file="C:\\Users\\p007383b\\Documents\\Personal\\OpenSCAD\\HacDC-logo2.png", convexivity=14,center=false, invert=true); //HacDC logo
//HacDC logo
translate([0,0,high]) scale([width/966,width/966,(high+thick)/100]) surface(file="C:\\Users\\p007383b\\Documents\\Personal\\OpenSCAD\\HacDC-logo2.png", convexivity=14,center=false, invert=true);  
//HAC letters
//HAC letters
translate([width/2,-width/4/phi,high/2-epsilon]) linear_extrude(height=high,center=true) text("HAC",font="helvetica",size=width/phi/2,halign="center",valign="center");
//translate([width/2,-width/4/phi,high/2]) linear_extrude(height=high,center=true) text("HAC",font="helvetica",size=width/phi/2,halign="center",valign="center");
//DC letters
//DC letters
translate([width/2,-width*3/4/phi,high/2-epsilon]) linear_extrude(height=high,center=true) scale([phi,1,1]) text("DC",font="helvetica",size=width/phi/2,halign="center",valign="center");
//translate([width/2,-width*3/4/phi,high/2]) linear_extrude(height=high,center=true) scale([phi,1,1]) text("DC",font="helvetica",size=width/phi/2,halign="center",valign="center");
module D(r){
    scale([1/r,1/r,1]) linear_extrude(height=1,center=true) union(){
        polygon([[-r/2,-r/2],[0,-r/2],[0,1-r/2],[1-r/2,1-r/2],[1-r/2,r/2-1],[0,r/2-1],[0,r/2],[-r/2,r/2]]);
        difference(){
            circle(d=r,center=true); circle(d=r-2,center=true);translate([-r,0,0])square(r*2,center=true);
        }
    }
}
module C(r){
    scale([1/r,1/r,1]) linear_extrude(height=1,center=true) difference(){
        circle(d=r,center=true);
        circle(d=r-2,center=true);
        translate([r/4,0,0])square(r/2,center=true);
    }
}
module H(r){
    scale([1/r,1/r,1]) linear_extrude(height=1,center=true) polygon([[-r/2,-r/2],[1-r/2,-r/2],[1-r/2,-1/2],[r/2-1,-1/2],[r/2-1,-r/2],[r/2,-r/2],[r/2,r/2],[r/2-1,r/2],[r/2-1,1/2],[1-r/2,1/2],[1-r/2,r/2],[-r/2,r/2]]);
}
module A(r){
    scale([1/r,1/r,1]) linear_extrude(height=1,center=true) polygon([[-r/2,-r/2],[1-r/2,-r/2],[1-r/2+(r-2)*(r-1)/4/r,-1],[1-r/2+(r-0)*(r-1)/4/r,0],[0,(r/2-1)/(r-1)*2*r-r/2],[-1+r/2-(r-0)*(r-1)/4/r,0],[1-r/2+(r-0)*(r-1)/4/r,0],[1-r/2+(r-2)*(r-1)/4/r,-1],[-1+r/2-(r-2)*(r-1)/4/r,-1],[r/2-1,-r/2],[r/2,-r/2],[1/2,r/2],[-1/2,r/2]]);
}
 
translate([width/6+.2,-width/phi/4,high/2-thick/2]) scale([width/3*0.9,width/2/phi*0.9,high+thick]) H(7);
translate([width/2,-width/phi/4,high/2-thick/2]) scale([width/3*0.9,width/2/phi*0.9,high+thick]) A(7);
translate([width*5/6-.2,-width/phi/4,high/2-thick/2]) scale([width/3*0.9,width/2/phi*0.9,high+thick]) C(7);
translate([width/4,-width/phi*3/4,high/2-thick/2]) scale([width/2*0.9,width/2/phi*0.9,high+thick]) D(7);
translate([width*3/4,-width/phi*3/4,high/2-thick/2]) scale([width/2*0.9,width/2/phi*0.9,high+thick]) C(7);
 
</nowiki>
 
[[File:HacDC-logo2.png|thumb]]
 
STL file of key fob is available as a zip file here: [[File:HacDC-tag.zip]].  Dimensions in millimeters: 25 wide, 40 tall, 2.5 thick.
The above code causes Openscad to hang, so the STL was created using the surface command and a single full length image.  Image could use some tweeking at the pixel level.
[[File:HacDC-logo-all.png|thumb]]


[[File:Example.jpg]]
[[Category:Members]]

Latest revision as of 04:42, 27 March 2017

portrait of HacDC member James Sullivan
James

I'm working on getting the Cheap Chinese Laser working again.

I like designing utilitarian objects. My motivation to fix the laser is so I can make a holder for my pens at work. Aside from hacking together useful things via CNC machines, I like hacking in the kitchen and am known for my award winning experimental pies. Who needs raspberry when you could have custard instead? I'm a temporary resident of Hyattsville, so if you need a lift in that direction, hit me up. BTW, ladies, he's single.

//HacDC logo key fob //created by James Sullivan //2-10-17 //Openscad version 2015.03-1 //dimensions in millimeters phi = 1/2+sqrt(5/4); //x:y=y:x+y thick=2.5; //thickness of base and key ring loop hole=5; //inner diameter of key ring loop: outer diameter is twice this, wall thickness is half this high=1; //height of logo and text above base width=25; //width of tag, height is proportional $fn=60; color("blue"){ //base translate([0,width*(1-phi),-thick]) scale([1,phi,thick/width]) cube(width,center=false); //key ring loop difference(){ translate([width/2,width+hole/2,-thick]) cylinder(h=thick,d=2*hole); translate([width/2,width+hole/2,-thick*1.5]) cylinder(h=2*thick,d=hole); } } //HacDC logo translate([0,0,high]) scale([width/966,width/966,(high+thick)/100]) surface(file="C:\\Users\\p007383b\\Documents\\Personal\\OpenSCAD\\HacDC-logo2.png", convexivity=14,center=false, invert=true); //HAC letters //translate([width/2,-width/4/phi,high/2]) linear_extrude(height=high,center=true) text("HAC",font="helvetica",size=width/phi/2,halign="center",valign="center"); //DC letters //translate([width/2,-width*3/4/phi,high/2]) linear_extrude(height=high,center=true) scale([phi,1,1]) text("DC",font="helvetica",size=width/phi/2,halign="center",valign="center"); module D(r){ scale([1/r,1/r,1]) linear_extrude(height=1,center=true) union(){ polygon([[-r/2,-r/2],[0,-r/2],[0,1-r/2],[1-r/2,1-r/2],[1-r/2,r/2-1],[0,r/2-1],[0,r/2],[-r/2,r/2]]); difference(){ circle(d=r,center=true); circle(d=r-2,center=true);translate([-r,0,0])square(r*2,center=true); } } } module C(r){ scale([1/r,1/r,1]) linear_extrude(height=1,center=true) difference(){ circle(d=r,center=true); circle(d=r-2,center=true); translate([r/4,0,0])square(r/2,center=true); } } module H(r){ scale([1/r,1/r,1]) linear_extrude(height=1,center=true) polygon([[-r/2,-r/2],[1-r/2,-r/2],[1-r/2,-1/2],[r/2-1,-1/2],[r/2-1,-r/2],[r/2,-r/2],[r/2,r/2],[r/2-1,r/2],[r/2-1,1/2],[1-r/2,1/2],[1-r/2,r/2],[-r/2,r/2]]); } module A(r){ scale([1/r,1/r,1]) linear_extrude(height=1,center=true) polygon([[-r/2,-r/2],[1-r/2,-r/2],[1-r/2+(r-2)*(r-1)/4/r,-1],[1-r/2+(r-0)*(r-1)/4/r,0],[0,(r/2-1)/(r-1)*2*r-r/2],[-1+r/2-(r-0)*(r-1)/4/r,0],[1-r/2+(r-0)*(r-1)/4/r,0],[1-r/2+(r-2)*(r-1)/4/r,-1],[-1+r/2-(r-2)*(r-1)/4/r,-1],[r/2-1,-r/2],[r/2,-r/2],[1/2,r/2],[-1/2,r/2]]); } translate([width/6+.2,-width/phi/4,high/2-thick/2]) scale([width/3*0.9,width/2/phi*0.9,high+thick]) H(7); translate([width/2,-width/phi/4,high/2-thick/2]) scale([width/3*0.9,width/2/phi*0.9,high+thick]) A(7); translate([width*5/6-.2,-width/phi/4,high/2-thick/2]) scale([width/3*0.9,width/2/phi*0.9,high+thick]) C(7); translate([width/4,-width/phi*3/4,high/2-thick/2]) scale([width/2*0.9,width/2/phi*0.9,high+thick]) D(7); translate([width*3/4,-width/phi*3/4,high/2-thick/2]) scale([width/2*0.9,width/2/phi*0.9,high+thick]) C(7);

HacDC-logo2.png

STL file of key fob is available as a zip file here: File:HacDC-tag.zip. Dimensions in millimeters: 25 wide, 40 tall, 2.5 thick. The above code causes Openscad to hang, so the STL was created using the surface command and a single full length image. Image could use some tweeking at the pixel level.

HacDC-logo-all.png